Engineering Clinics
Engineering Clinics
Engineering Clinics
The Clinic concept is the signature facet of Rowan's unique engineering curriculum. Inspired by the medical education model, the clinic program is the place where students, faculty, theory and engineering applications converge. It's the place where students experience a hands-on approach to learning about engineering, under the guidance of credentialed engineers. Clinics are a continuous and substantial part of the curriculum and thread the entire four-year undergraduate program.
Clinics deliver the following goals of the engineering curriculum:
- Hands on - Students apply what they are learning about.
- Integrated - Demonstrate correlations with supporting course work.
- Multidisciplinary - Involve students as a community of problem solvers.
- Teamwork - Emphasize the advantage of effective teaming.
- Communication - Develop excellent oral and written communication skills.
- Entrepreneurial - Reinforce value-based engineering.
- Contextual - Help students understand the big picture.
Background & Partners
Engineering Clinic is taken each semester by every engineering student at Rowan University.
First-Year & Sophomore Clinics
First-year Engineering Clinics (FEC) focus on engineering’s place in society and fundamental engineering skills.
Junior & Senior Clinic Program
In Junior and Senior Engineering Clinic (JSEC), students work in small teams on real world projects.
See examples of Junior-Senior Clinic Projects
Structures | Environmental | Geotechnical | Water Resources | Transportation
Click here for current Junior-Senior Clinic Project Descriptions
| Description | Agency | ||
| Betsy Ross Bridge Structure Modeling | Delaware River Port Authority | ||
| Effects of Elevated Temperatures on External Fiber Wrap Systems | Fyfe Company | ||
| Application of Monte Carlo Methods to Construction Cost Proposals | CIAP | ||
| Communicating Constructability | CIAP | ||
| Non-Destructive Evaluation of Concrete Pipe | Water Environment Research Federation |
| Description | Agency | |
| Fort Dix Energy Audit | NJ Department of Military & Veteran Affairs | |
| Leeds ND for Rowan Boulevard | Glassboro, NJ | |
| Zero Waste in Pitman, NJ | Pitman Boro, NJ | |
| Water Supply in Developing Countries (EWB) | Rowan University | |
| Biogeochemical Reductive Dechlorination of TCE | Air Force Center for Environmental Excellence | |
| Wastewater Reuse in Gloucester County | US Environmental Protection Agency | |
| A Novel Hollow Fiber Membrane Aerator | National Science Foundation | |
| Natural Attenuation of Contaminated Sites | Air Force Center for Environmental Excellence | |
| Nonylphenol & Other Metabolites in NJ Wastewater Treatment Plants & Rivers |
New Jersey Water Resources Research Institute | |
| Acid Mine Remediation in Eastern Oklahoma | Energy and Environmental Research Center | |
| Fate and Transport of Nonionic Surfactants | Northeast Hazardous Substance Research Center | |
| Garden City - Virtual City for Civil Engineering Students | National Science Foundation | |
| Autotrophic Dentrification Using Hydrogen Oxidizing Bacteria | Water Environment Research Foundation | |
| Field Experiences for Undergraduates - Environmental | National Science Foundation | |
| Stress Testing Plan for A Wastewater Treatment Plant | Gloucester County Utilities Authority | |
| North Camden Brownfield Outreach | Technical Outreach Service for Communities | |
| Nonionic Surfactants & Foaming in a Wastewater Treatment Plant | Rahway Valley Sewerage Authority | |
| Description | Agency | ||
| Finite element analyses of subgrade and flexible pavements | Federal Aviation Administration | ||
| Finite element analysis of the sub-structure of the Betsy Ross bridge | Delaware River Port Authority | ||
| Garden City - Virtual City for Civil Engineering Students | National Science Foundation | ||
| Field Experiences for Undergraduates | National Science Foundation | ||
| Visualization tools for Statics and Solid Mechanics | National Science Foundation |
| Description | Agency | ||
| Campus Stormwater Management | NJ Dept. of Environmental Protection | ||
| Chestnut Branch Assessment | US Environmental Protection Agency | ||
| Streambank Stabilization of Chestnut Branch of Mantua Creek | Gloucester County and NJ Dept. of Environmental Protection | ||
| Wadsworth Dam Hydrologic Investigations | Rowan University |
| Description | Agency | ||
| Superpave Monitoring Project | Florida Department of Transportation and Federal Highway Administration | ||
| Installation and Development of Superpave Equipment Evaluation of Interlayer Bonding of HMA Layers | Wisconsin Highway Research Program | ||
| Evaluating the Utility of Raised Pavement Markers and Paints on Low Speed and Low Volume Roads | Gloucester County, NJ | ||
| Evaluating the Causes of Stripping of Limestone Aggregates on County Roads | Gloucester County, NJ | ||
| Conducting Inventory and Bar Coding of Road Signs on Gloucester County and Incorporating in GIS Database | Gloucester County, NJ | ||
| Betsy Ross Bridge Field Measurements | Delaware River Port Authority | ||
| Open Space Development | Gloucester County, NJ | ||
| Signature Pattern Recognition | California PATH (Partners for Advanced Transit and Highways) | ||
| Transportation Education | Transportation Research Board |